广州化工
廣州化工
엄주화공
GUANGZHOU CHEMICAL INDUSTRY AND TECHNOLOGY
2015年
7期
84-85,105
,共3页
刘汉%蒋诚%王威%朱邻遐
劉漢%蔣誠%王威%硃鄰遐
류한%장성%왕위%주린하
果胶%柑橘皮%微波%提取
果膠%柑橘皮%微波%提取
과효%감귤피%미파%제취
pectin%citrus peel%microwave%extraction
利用浓度梯度能提高浸出效率,分批次采用微波加热提取柑橘皮果胶。通过单因素实验,研究了不同酸、料液比、微波功率、微波时间、 pH值等反应条件对产率的影响。结果表明:果胶的最佳提取条件为:盐酸为萃取剂,料液比为1砄15,微波功率700 W,微波辐射时间为5 min,提取液pH值为1.8,果胶得率22.9%。
利用濃度梯度能提高浸齣效率,分批次採用微波加熱提取柑橘皮果膠。通過單因素實驗,研究瞭不同痠、料液比、微波功率、微波時間、 pH值等反應條件對產率的影響。結果錶明:果膠的最佳提取條件為:鹽痠為萃取劑,料液比為1砄15,微波功率700 W,微波輻射時間為5 min,提取液pH值為1.8,果膠得率22.9%。
이용농도제도능제고침출효솔,분비차채용미파가열제취감귤피과효。통과단인소실험,연구료불동산、료액비、미파공솔、미파시간、 pH치등반응조건대산솔적영향。결과표명:과효적최가제취조건위:염산위췌취제,료액비위1결15,미파공솔700 W,미파복사시간위5 min,제취액pH치위1.8,과효득솔22.9%。
Using the concentration gradient can improve the efficiency of leaching.The pectin from orange peel was extracted in batches with microwave heating.The effects of different acid, solvent types, solid-liquid ratio, microwave power, microwave and pH value on the yield were studied through single factor test.The result showed that the optimum extraction process of pectin from orange peel was as follows:hydrochloride was taken as extractant, solid-liquid ratio was 1:15, microwave power was 700 W, microwave time was 5 min and pH value was 1.8, pectin yield was 22.9%.